Step ladder apparatus

• US 8,261,880 B1
• Filed: 03/07/2008
• Issued: 09/11/2012
• Est. Priority Date: 03/09/2007
• Status: Expired due to Fees

• Current Assignee: Daryl J. Hop
• Original Assignee: Daryl J. Hop
• Inventors: Hop, Daryl J.
• Primary Examiner(s): Mitchell, Katherine W
• Assistant Examiner(s): CHAVCHAVADZE, COLLEEN MARGARET
• Application Number:
  US12/075,015
• Time in Patent Office: 1,649 Days
• Field of Search: 182/93, 182/100, 182/106, 182/206, 182/228.3, 182/228.4, 182/127, 114/362
• US Class Current: 182/93
• CPC Class Codes: E06C 1/381 Ladders with rungs or treads attached only to one rigid longitudinal member
• CPC Class Codes: E06C 5/04 capable of being elevated or extended ; Fastening means during transport, e.g. mechanical, hydraulic
• CPC Class Codes: E06C 5/24 Dismounting ladders from vehicles or supporting means
• CPC Class Codes: E06C 7/182 situated at the top of the ladder

Abstract

A step ladder apparatus for retention within a stake pocket comprising a frame assembly a plurality of step assemblies and an attachment assembly. The attachment assembly includes a frame flange and a wedge member. The frame assembly is positioned within the stake pocket so that the frame flange overhangs one end of the stake pocket. The base of the wedge member is inserted into the stake pocket opposite the frame flange so that the wedge flange overhangs the stake pocket on a side opposite the frame flange. As a result, the flanges cooperate to substantially preclude downward movement of the frame assembly, and, in turn, removal of the frame assembly in a downward direction from the stake pocket.

Claims

1. A step ladder apparatus for use in association with a trailer, the step ladder configured for retention within a stake pocket, comprising:

a frame assembly having a first end and a second end, the frame assembly comprising an elongated member having a front wall and opposing sides;

a plurality of step assemblies spaced apart from each other and positioned along the frame assembly between the first and second ends thereof;

an attachment assembly comprising;

a frame flange coupled to the frame assembly and extending outwardly proximate the first end and in a direction away from one of the opposing sides of the frame assembly; and

a wedge member separate from the frame assembly and the frame flange, the wedge member comprising a base and a wedge flange member extending therefrom, in operable engagement, the base spacing the wedge flange apart from the frame assembly, the base of the wedge member and the frame assembly together substantially corresponding to the width of the stake pocket;

whereupon the frame assembly is positioned within the stake pocket so that the frame flange overhangs one end of the stake pocket and whereupon the base of the wedge member is inserted into the stake pocket opposite the frame flange so that the base spaces the wedge flange apart from the frame assembly and so that the wedge flange overhangs the stake pocket on a side opposite the frame flange, the flanges cooperate to substantially preclude sideways and downward movement of the frame assembly, and, in turn, removal of the frame assembly in a downward direction from the stake pocket.

2. The step ladder apparatus of claim 1 further comprising a handle member releasably attachable to the frame assembly proximate the first end of the frame assembly.

3. The step ladder apparatus of claim 2 wherein the plurality of step assemblies each include a respective pair of opposing brackets and a respective step member, the respective opposing brackets coupled to the frame assembly at one end and to the step member at the other end, the respective step member extending across the front of the frame assembly and spaced apart from the front of the frame assembly, wherein the front of the frame assembly, the respective opposing brackets and the respective step member define a slot, the slot being configured to receive the handle member therethrough, to in turn, provide for stowage of the handle between the respective step member and the front of the frame assembly.

4. The step ladder apparatus of claim 3 wherein the plurality of step assemblies comprises three spaced apart step assemblies, each of which has a substantially identically defined slot.

5. The step ladder apparatus of claim 2 wherein the handle member comprises an elongated member with a loop handle at a first end thereof, the second end of the elongated member includes a tab portion, the first end of the frame assembly includes a slot configured to releasably receive the tab of the second end of the elongated member to, in turn, attach the handle to the frame assembly.

6. The step ladder apparatus of claim 1 wherein the wedge member further comprises means for adjusting the width thereof.

7. The step ladder apparatus of claim 6 wherein the width adjustment means comprises a pair of fasteners which are selectively threadable into corresponding openings in the base wherein the relative positioning of the pair of fasteners together with the base defines a width of the wedge member.

8. The step ladder apparatus of claim 1 wherein the step assemblies include a opposing bracket members coupled to a step member, the opposing bracket members are attached to the frame with a fastener, each of the opposing bracket members include a surface configuration, the sides of the frame assembly include mating surface configurations, wherein the surface configurations of the opposing bracket members couple to the mating surface configurations of the frame assembly, to in turn, minimize rotation of the respective bracket member and the frame relative to each other.

9. The step ladder apparatus of claim 8 wherein the surface configurations comprise a plurality of substantially vertical ribs extending along the respective surfaces of the opposing bracket and the sides of the frame assembly.

10. The step ladder apparatus of claim 1 further comprising means for locking the wedge, the handle and the frame assembly to each other.

11. The step ladder apparatus of claim 10 wherein the locking means comprises a lock opening extending through each of the wedge, the frame assembly and the handle member and a lock extendable through each lock opening, and securable therethrough.

12. A method of coupling a step ladder apparatus of claim 1 to a stake pocket comprising the steps of:

inserting a frame assembly into the stake pocket, the frame assembly having a plurality of step assemblies coupled to the frame assembly and positioned below the stake pocket;

positioning the frame assembly so that a first flange at a top end thereof overhangs a wall of the stake pocket;

providing a wedge having a base and a second flange;

inserting a base of the wedge into the stake pocket between the frame assembly and an opposing side wall of the stake pocket such that the flange overhangs the stake pocket, so that the first flange and the flange of the wedge cooperate to releasably couple the frame assembly to the stake pocket and to preclude downward movement of the frame assembly relative to the stake pocket.

13. The method of claim 12 further comprising the steps of:

providing a handle member; and

releasably attaching the handle member to the frame assembly.

14. The method of claim 13 wherein the step ladder assembly further includes a plurality of slots defined by each seat assembly in cooperation with the frame assembly, and a handle member, the method further comprising the steps of:

releasing the handle member from the frame assembly; and

sliding the handle member through each slot so as to position the handle member in a stowed orientation.